Title :
Simulation Environment for IT Service Support Processes: Supporting Service Providers in Estimating Service Levels for Incident Management
Author :
Bartsch, Christian ; Mevius, Marco ; Oberweis, Andreas
Author_Institution :
Software Eng., FZI Res. Center for Inf. Technol., Karlsruhe, Germany
Abstract :
Because of a steadily increasing market for IT services, providers need to set apart from their competitors in order to successfully assert with their service offerings in the market. As compliance with negotiated service levels is becoming more and more important for service providers, the improvement of the quality of operational IT service support processes is coming to the fore. In this paper we present an approach based on discrete-event simulation in order to do a priori estimations on ticket workloads within a skills-based IT service desk. Service providers can perform tool-supported capability planning (analysis & optimization) during design time based on the potential impact of ticket workloads to agreed service levels. We additionally show how obtained results can be taken into account for determining service levels in Service Level Agreements (SLA).
Keywords :
business data processing; discrete event simulation; information services; IT service support processes; business processes; discrete-event simulation; incident management; negotiated service levels; service level agreements; service level estimation; service providers; simulation environment; skills-based IT service desk; tool-supported capability planning; Conference management; Design optimization; Discrete event simulation; Engineering management; Environmental management; Information technology; Knowledge management; Performance analysis; Software engineering; Technology management; SLA; analysis; automation; incident management; optimization; service process; simulation;
Conference_Titel :
Information, Process, and Knowledge Management, 2010. eKNOW '10. Second International Conference on
Conference_Location :
Saint Maarten
Print_ISBN :
978-1-4244-5688-8
DOI :
10.1109/eKNOW.2010.10